无锡市河埒口高产鱼池水质的研究——Ⅱ.浮游生物

STUDIES DN THE WATER QUALITY OF THE HIGHYIELD FISHPONDS IN HE LIE COMMUNE. WUXI SHi II. PLANKTUN
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    摘要:

    无锡河埒口高产鱼池的浮游植物量多在20—100毫克/升之间,以隐藻门为代表的鞭毛藻类占很大优势,绿球藻类和硅藻类次之,蓝藻极少。浮游动物量平均大约为浮游植物量的1/4—1/3,以轮虫为主。 当地养鱼池的水色,主要由膝口藻、隐藻、裸甲藻和绿球藻的水华颜色决定的。膝口藻水华是渔民最欢迎的“肥水”,隐藻水华和绿球藻类水华为一般“肥水”,裸甲藻水华被称为“转水“。 文中对“肥、活、嫩、爽”的生物学内容同浮游生物量及鲢、鳙鱼产量的关系进行了分析。

    Abstract:

    This paper embodies the results of observations on the plankton in eight fish ponds in Heliekou, Wuxi ahi and three fish ponds in Wuli hu fish farm during the growing,in 19TT. samples were collected at 5--7 days intervals from four main ponds and at semi-month intervals from seven ordixsary ponds. The biomass of phytoplankton determined by method of calculating cell volume genera,Ily varies between 2fl--10DmgJL, in which the flagellate algae were predominar ted and Cyanophyte was rare.The average biomass of zaoplanh-ton is about the iJ4 to 1/3 that of phytaplankton. Rotifers are dominate.The fish farmers ju, the quality of water by observing of water colour. The colour of tine fertile water is mainly caused by the water blooming of four dominate planktons: Ganyostamum bloom, Cryptomonas bloom, Gymnodinium bloom end Chlorococus bloom. According to the experience of the fish--farmer, the brawn green water which. caused by Gonyaatomum bloom is the best fertile water, the brown water caused by Cryptomonas bloom and the Green water caused. by Chlorococus bloom are the medium ferta7e water,while the socalled changing water which caused the Gym- nodinium bloom is。intermediat form which either may change to be good water or may change to be bad water. Based on a rough osculation the production of the silver and hiad carp about so--so comes from the plankton energy in the different timers.

    参考文献
    1. 何志辉,I978o淡水浮游生物的生物量。动物学杂志(4):53-56
    2. 王骥等,r981.武汉东湖浮游植物的初级生产力及其与若干生态因素的关系。水生生物学集刊,7(3):295-311
    3. Glliwics, Z. M., 1968. The use of anaeethetiaing substances in the studseaon the food habit of zaoplankton communities, kod. Ppd., 17: 665-708.
    4. Heanep, S. L and J. F. Tslling, 1980. Dynamic aspects of dinoflagellate distribution pat-terns in a small productive lake. doiarraad coZgy, 68: 75---94.
    5. Kajak, Z., 19?9. The possible base of fish, especially silvez carp-Hypopht imicht matitrix to overcome water blooms in temperate water bodies. Human impacts on lsfe in rashwaters,77-86
    8. Michael, O. Cremex and . d. Szuitherman, 198p, Food habits and growth of silver and bighead carp in vages sad ponds人qnaeuiture 20: 57-64.
    7. Schroeder G. L. 1978. Antatrophie and hetexotrophia prodxctivn of microorganisms in intenselpmanuxad fish ponds and related fish yields, dquoea3are, 14:303--325.
    8. Qhlmann D. 1979. 13ydrobialagy. John Willey and Sona Ltd.
    9.Fararoaa B. 198p. P.SoeoAearr raApoGaaaorxs. Keaax npoasaxaesaovxs
    10.Hosx II. C. 1976. BaoasaeaocTOqaxa paoTSmeasaoasga pzad as Baoxieaaoe gcanp, Max pspaaHHayxoBajpx.
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何志辉,李永函.无锡市河埒口高产鱼池水质的研究——Ⅱ.浮游生物[J].水产学报,1983,7(4):287~299

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